By Andreas Hansson
ISBN-10: 1441964967
ISBN-13: 9781441964960
On-Chip Interconnect with aelite: Composable and Predictable platforms through: (Authors) Andreas Hansson Kees Goossens Embedded platforms are constituted of parts built-in on a unmarried circuit, a approach on Chip (SoC). one of many serious parts of such an SoC, and the point of interest of this paintings, is the on-chip interconnect that allows diverse parts to speak with one another. The booklet presents a finished description and implementation technique for the Philips/NXP Aethereal/aelite Network-on-Chip (NoC). The presentation deals a platforms standpoint, ranging from the process requisites and deriving and describing the ensuing architectures, embedded software program, and accompanying layout stream. Readers get a detailed view of the interconnect specifications, no longer established simply on functionality and scalability, but in addition the multi-faceted, application-driven standards, particularly composability and predictability. The booklet indicates how those qualitative requisites are applied in a cutting-edge on-chip interconnect, and offers the reasonable, quantitative expenses. •Uses real-world illustrations widely, within the kind of case experiences and examples that converse the ability of the equipment offered; •Uses one constant, working instance in the course of the booklet. this instance is brought within the introductory bankruptcy and helps the presentation in the course of the paintings, with extra information given in every one bankruptcy; •Content has either breadth (architecture, source allocation, hardware/software instantiation, formal verification) and intensity (block-level structure description, allocation algorithms, entire run-time APIs, certain formal types, entire case stories mapped to FPGAs); •Includes a number of case experiences, e.g. a JPEG decoder, set-top field and electronic radio design.
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We choose to implement the clock domain crossings using bi-synchronous FIFOs. This offers a clearly defined, standardised interface and a simple protocol between synchronous modules, as suggested in [103, 116]. Furthermore, a clock domain crossing based on bi-synchronous FIFOs is robust with regards to metastability, and allows each locally synchronous module’s frequency and voltage to be set independently [103]. The rationale behind the placement of the clock domain crossings between the NIs and shells is that all complications involved in bridging between clock domains are confined to a single component, namely the bi-synchronous FIFO.
Release consistency, thus enabling the programmer to reason about the order in which reads and writes to the different targets take place. As exemplified by the ARM and the host in Fig. 1, a target bus is directly connected to all initiator ports that use distributed memory communication. Each target bus is individually dimensioned by determining the number of concurrent targets accessed by the initiator it is connected to. Traditional bus-based systems require the designer to determine which targets should be reachable (if using sparse bus-layers), and what static address map to use.
9a. e. no composable or predictable services can be provided. g. the filter in the figure, resources used to provide the requested service are potentially different. As the label global reconfiguration in Fig. 9a illustrates, a use-case transition involves closing and subsequently opening all connections (of all applications) for the two use-cases. Not only does this cause a disruption in delivered services, but it leads to 36 2 Proposed Solution global reconfiguration no reconfiguration one allocation per use-case one allocation for all use-cases status status init init decoder filter player decoder game filter player time one application uses the same resources independent of use-case time one application uses different resources in different use-cases player filter player filter game (b) (a) local reconfiguration one allocation per application status init decoder filter player filter game player one application uses the same resources independent of use-case time (c) Fig.